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2020Product Catalog
Dear Engineers,
Despite global challenges and the threat of an industrial recession, 2019 proved to be another great year for Digilent and we’re poised to do big things in 2020. Our Discovery family of products continues to be a beacon in the portable instrumentation market with industry-leading value and unbeatable software flexibility. With the addition of the Analog Discovery Studio, aimed at cost-constrained educational labs, both students and hobbyists can explore cutting edge electronics anywhere, anytime. Our FPGA development boards like the Zybo Z7, ZedBoard, and Basys 3 continue to be stalwarts that provide immense flexibility and increased performance with Xilinx FPGA and SoC technology. And the recent introduction of the Eclypse and Genesys ZU move us into high-speed measurements and Zynq Ultrascale+ technologies.
As more RF communications, test, software-defined radio (SDR) and other similar applications press the technology further, Digilent has been hard at work to not only keep up the pace but also explore ways to influence the direction of this evolution. These trending applications employ high-speed analog inputs and/or outputs where real-time signal processing is required, driving the need for higher precision and higher speed solutions. With the introduction of the compact and high-speed SYZYGY expansion standard to our newest products, Digilent is well prepared to grow into this emerging space – an area that we are calling “embedded measurement systems”. We're aiming to harness our unique knowledge of FPGAs, instrumentation, and software to fill the existing void of products that do all three areas well.
High-performance embedded measurement systems are not well established and recognized by our industry peers, which makes it even more exciting for us. These systems utilize all of the latest emerging technologies, including the Internet of Things (IoT), the Industrial IoT (IIoT), software-defined radio (SDR), products equipped with artificial intelligence (AI) and machine learning (ML) capabilities, and devices targeting virtual reality (VR), augmented reality (AR), and mixed reality (MR). Digilent’s plans for 2020 include further research and development into these application areas, exciting new products for test and measurement, and the expansion of our large and growing ecosystem of peripheral modules, including our new high-speed SYZYGY-compatible I/O modules.
Thank you for joining us as we continue to explore new frontiers and seek new and innovative ways to empower engineers - it’s going to be an exciting year!
Steve Johnson
President
Founded in 2000 by two Washington State University electrical engineering professors, Clint Cole and Gene Apperson, Digilent's original mission was to make electrical engineering and design technologies understandable and accessible to all by supplying educators and students with high-value, industry-relevant educational tools and curriculum. We quickly made a name for ourselves in academic circles, and later moved to providing a diverse o�ering of cost-optimized professional solutions as well. In 2013, we were purchased by test and measurement powerhouse, National Instruments.
We are set apart by our unique expertise in FPGA-based systems, test instrumentation, and even in software, with our powerful multi-instrument software application, WaveForms. We also have a robust and extensive library of documentation, reference guides, tutorials, and other rich content available for free to anyone who needs it. Our customizable and flexible solutions are accessible to advancing engineers and accelerate development and reduce the time to market for the most experienced electronic design and research professionals.
This year, Digilent is introducing the Genesys ZU, a powerful Zynq UltraScale+ MPSoC development board loaded with peripherals and a wide hardware ecosystem of add-on modules. The Genesys ZU is a standalone board designed with optimized specs, powerful multimedia and network connectivity interfaces, with a robust documentation library to quickly get you started on AI, research, aerospace/defense, cloud computing, and embedded vision applications. There are two versions of the board, the baseline Genesys ZU-3EG and the upgraded Genesys ZU-5EV (available Summer 2020).
An MPSoC is a “multi-processor system on chip”, meaning that a single chip contains multiple processors, memory, input/outport ports, and storage. Xilinx’s Ultrascale+ MPSoC devices provide 64-bit processor scalability while combining real-time control with soft and hard engines for graphics, video, waveform, and packet processing. You can learn more about it at www.xilinx.com.
What is an UltraScale+ MPSoC?
Unleash the power of UltraScale.
USB 3.1 Gen1 Type Cinterface (dual role)
ATX 6-pin 12Vpower connector
FPGA JTAGprogramming
header
MicroUSB port forUSBUART & JTAG
programming
2x USB 2.0host port
Microchip802.11 b/g/n
IoT WiFi module
3.5mm audio jacks(line in, line out
headphone out, mic in)
Programming Mode Select(JTAG, USB, SD, QSPI)
Reset Buttons
High-speed SYZYGY portfor Zmod expansion
FMC LPC connector
SFP+ connector
XADC header
Battery slot forZynq real time clock
1G Ethernet with PHY
Mini DisplayPort v1.2aoutput interface, two lanes
HDMI Sink & Source
Kingston HyperX DDR4SODIMM; 4GB, 2400Mb/s(Up to 34GB total supported)
Zynq UltraScale+ MPSoC
(see table below)
2x MIPI camera ports(Compatible with Pcam 5C)
User buttons, switches,& LEDs, controlled byProgrammable Logic
(LD5 is RGB)
User buttons & LEDcontrolled by
Processing System
Mini PCIe / SATA interfaceand SIM card connector
Pmod connectors
5EV Specs (available Summer 2020)
• 32,000 slices
• MEMORY: Upgradeable DDR4, 4GB, 2133 MT/s
• NETWORK: 2.4 Gb onboard WiFi, 1 Gb IEEE 1588Ethernet, SFP+ 10G Ethernet
• PORTS: USB-C USB, MiniPCIe, mSATA dual slot,2 x USB 2.0 Host
• MEDIA: DisplayPort, 2 x Pcam, Audio Codec,HDMI Source, HDMI Sink
• CONNECTORS: 4 x Pmod, 1 x SYZYGY, 1 x FMC,1 x Gigabit
3EG Specs
• 19,250 slices
• MEMORY: Upgradeable DDR4, 4GB, 1866 MT/s
• NETWORK: 2.4 Gb onboard WiFi, 1 Gb IEEE 1588Ethernet
• PORTS: USB-C USB, MiniPCIe, mSATA dual slot,2 x USB 2.0 Host
• MEDIA: DisplayPort, 2 x Pcam, 2 x Dual-Lane,Audio Codec
• CONNECTORS: 4 x Pmod, 1 x SYZYGY, 1 x FMC,1 x Gigabit
A new way to accelerate design flow.
Zynq
Don’t touch hardware until desired.
EthernetUSB
SYZY
GYSY
ZYGY
PS (Linux) PL
High Level API
OpenConfigure
Read / WriteClose
C++Python
MATLABLabViewNodeJS
etc.
Eclypse COM
Low Level API
DMA
FIFO
Register R/W
Interrupts
ZmodIP
ZmodIP
New in 2020, let our Eclypse platform accelerate your design flow a nd d ecrease y our p roject’s time-to-market. The Eclypse platform consists of our new Eclypse Z7 development board, the Zmod ADC 1410, and Zmod DAC 1411, used together to increase your prototyping productivity. Eclypse’s software framework provides the FPGA IP
and a common hardware abstraction layer that exposes a straightforward API to the user - think of how a software driver for a printer works. This gives engineers that aren’t fluent in hardware languages the ability to e�ciently navigate them with software languages, and ultimately harness the incredible power and flexibility of an FPGA!
What is Embedded Measurement?
EMSs like the Eclypse Z7 are hardware-software systems dedicated to the acquisition, processing, and measurement of signals associated with the world around us.
They’re applied to a diverse array of applications such as industrial and scientific monitoring and control and are increasingly part of networked systems at “the edge”, incorporating artificial intelligence and machine learning technology.
User LEDs
Power Switch JTAG ProgrammingHeader
Zynq 7020 PSoC
MicroSDCard Slot
Programming ModeSelect Jumper
(JTAG, QSPI, SD)
1GB DDR3L with32-Bit Bus
@ 1866 MHz
2X SYZYGY™Interface Connectors
for Zmods
2X PmodConnectors
Power Jack
USB On-The-GoConnector
Ethernet Connectorwith 10/100/1000
Ethernet PHY
MicroUSB Port forUSBUART and
JTAG Programming
Applications:
Medical, software defined radio (SDR), edge com-puting, real-time image processing, and a number of other user-defined data acquisition or signal processing systems
Eclypse Z7 Specs: • Zynq 7020 SoC
• 1GB DDR3L with 32-bit bus @ 1866 MHz
• 2x SYZYGY standard interface connectors forZmod expansion
• Micro USB, MicroSD, Ethernet, and Pmodconnectors
• JTAG capability
The Zmod ADC is one of Digilent's first SYZYGY-compliant expansion modules. The SYZYGY standard o�ers a much higher speed and bandwidth digital interface than Pmods, but at a much smaller and lower-cost form-factor than FMC, enabling the user to configure an FPGA development board with the right I/O for their application.
Driven by the SYZYGY carrier, the Zmod ADC can simultaneously acquire two ±25V signals with 14 bits of resolution at a sample rate up to 100MS/s. Analog inputs can be connected to a circuit using SMA cables.
• Channels: 2, single-ended
• Resolution: 14-bit
• Input range: ±1V (High Gain) or ±25V (Low Gain)
• Sample rate (real time): 100MS/s
• Analog bandwidth: 70 MHz+ @ 3dB, 30 MHz@ 0.5dB, 20 MHZ @ 0.1dB
Zmod ADC 1410 Specs:
SYZYGY-compatible Dual-channel 14-bit ADC
SYZYGY-compatible Dual-channel 14-bit DAC
The Zmod DAC is one of Digilent's first SYZYGY-compliant expansion modules. The SYZYGY standard o�ers a much higher speed/bandwidth digital interface than Pmods, but at a much smaller and lower-cost form-factor than FMC, enabling the user to configure an FPGA development board with the right I/O for their application.
Driven by the SYZYGY carrier, the Zmod DAC can simultaneously generate two ±5V signals with 14 bits of resolution at a sample rate up to 100MS/s. The analog outputs can be connected to a circuit using SMA cables.
• Channels: 2, single-ended
• Resolution: 14-bit
• Absolute Resolution (amplitude ≤1.25V): 167µV
• Absolute Resolution (amplitude >1.25V): 665µV
• Sample rate (real time): 100MS/s.
• Analog bandwidth: 40 MHz @ 3dB, 20 MHz@ 0.5dB, 14 MHz @ 0.1dB
Zmod ADC 1411 Specs:
Plenty of attention goes into making sure that the Digilent FPGA board you’re buying is optimized for both perfor-mance and cost. Our proud partnership with Xilinx means that each of our kits features one of their indus-try-leading devices. Our FPGA boards range from the accessible Cora Z7 to more powerful system-on-a-chip o�erings like the Zedboard Development Board.
Take advantage of the Zynq-7000 AP SoCs tightly coupled ARM® processing system and 7-series programmable logic to create unique and powerful designs with the ZedBoard.
• Target applications include video processing,motor control, software acceleration
• Xilinx Zynq-7000 AP SoC XC7Z020-CLG484with 13,300 slices
• Dual-core ARM Cortex™-A9
• 512 MB DDR3
• On-board USB-JTAG Programming
• 10/100/1000 Ethernet, USB OTG 2.0 andUSB-UART, and PS & PL I/O expansion(FMC, Pmod, XADC)
PARALLEL: FPGAs can be programmed as parallel processing devices, whereas CPUs execute operations in a sequential manner.
ACCURACY: FPGAs can perform consistent time critical processing.
FLEXIBILITY: FPGAs can be configured for a specific application, and then changed again after installation.
POWER: FPGAs have high performance per watt.
EFFICIENT: No overhead of an Operating System, such as you would have with a CPU.
CUSTOMIZABLE: The programmer decides what is accomplished with each clock cycle.
•
•
•
•
•
•
Why FPGAs?
• 4,400 slices (Z7-10) / 13,300 slices (Z7-20)
• 667 MHz dual-core Cortex-A9 processor
• DDR3L memory controller with 8 DMA channelsand 4 High Performance AXI3 Slave ports
• High-bandwidth peripheral controllers: 1GEthernet, USB 2.0, SDIO
• Low-bandwidth peripheral controllers: SPI,UART, CAN, I2C
ZYNQ™-7020 Development Board
The Zybo Z7-20 is a feature-rich, ready-to-use embedded software and digital circuit development board built around the Xilinx Zynq-7000. It comes in two APSoC variants: Zybo Z7-10 features Xilinx XC7Z010-1CLG400C. Zybo Z7-20 features the larger Xilinx XC7Z020-1CLG400C.
The Cora Z7 is a ready-to-use, low-cost, and easily embeddable development platform designed around the powerful Zynq-7000 APSoC from Xilinx. The small form factor and mounting holes make the Cora Z7 ready to be used as one component of a larger solution. The on-board SD Card slot, Ethernet, and Power solution allow the Cora Z7 to operate independently of a host computer.
• 4,400 slices
• 667 MHz Cortex-A9 processor with tightly integratedXilinx FPGA (option between Dual Core and SingleCore options)
• 512 MB DDR3 memory
• Arduino shield and Pmod connectors for add-onhardware devices
• USB and Ethernet connectivity
• Large array of general purpose input/output ports forany number of di�erent custom solutions
With lab spaces decreasing and engineering teams becoming more distributed, companies are choosing all-in-one instruments as a supplement to traditional laboratories, creating a need for a portable test and measurement bench that can support all types of designs. Engineers all over the world use Digilent Test and Measurement devices to decrease their design cycle time and increase their impact by always having an oscilloscope, logic analyzer, waveform generator and more within reach. Our line of Test and Measurement products enables engineers to continue their designs in the library, home o�ce, or even a co�ee shop without having to reserve a lab that has all the necessary equipment.
There isn’t a more flexible scope solution or cost-e�ective value in the industry. With 13 functions, the Analog Discovery 2 and Analog Discovery Studio are perfectly capable of acting as an entire stack of lab instruments.
• Oscilloscope• Arbitrary Waveform Generator• Power Supplies• Voltmeter• Data Logger• Logic Analyzer• Digital Pattern Generator• Virtual I/O• Spectrum Analyzer• Network Analyzer• Impedance Analyzer• Protocol Analyzer• Script Editor
13-in-1: The Analog Discovery 2 and Analog Discovery Studio
All of our Test and Measurement devices come with the FREE multi-instrument software application, WaveForms. It seamlessly connects to our Analog Discovery 2, Digital Discovery, and Analog Discovery Studio with full Windows, Mac OS X, and Linux support. Designed with a clean, easy to use graphical interface for each instrument, WaveForms makes it easy to acquire, visualize, store, analyze, produce and reuse analog and digital signals. And as an added perk, it’s FREE for all to download and use.
The Analog Discovery 2 turns your PC into a powerful electronics test bench that can measure, visualize, analyze, record and control mixed signal circuits! The Analog Discovery 2 is small enough to fit in a pocket but contains the test and measurement devices needed as the centerpiece of a world-class prototyping and design lab.
The Analog Discovery 2 is an Oscilloscope, Logic Analyzer, Waveform Generator, Pattern Generator, Power Supply, Network Analyzer, Spectrum Analyzer, Protocol Analyzer, and more! Powered by a Hi-Speed USB port and the free WaveForms software, the Analog Discovery 2 lets you build and test analog and digital circuits anywhere you want to work, even outside of the lab.
An Ecosystem of AdaptersThe Analog Discovery 2 has been used by thousands of engineers in countries all around the world. Since its launch, we’ve developed an ecosystem of adapter boards and accessories inspired (and sometimes designed) by customers. With these accessories, additional functionality can be added including BNC probes, impedance analysis, and even a breadboard.
The All-in-One USB oscilloscope and test and measurement system.
BNC Adapter Board BNC Oscilloscope Probes
Breadboard Adapter
BNC to Aligator Probes
Impedance Analyzer Breadboard Breakout
Included Breadboard Canvas:• Removable and replaceable
breadboard interface• Built in switches, buttons, and LEDs• Switches for every power supply• Secure magnetic connection• Additional fixed supply: 3.3V
Power Supplies:• Fixed: +12 V, -12V• Variable: +1 to +5V,
-1 to -5V
Logic Analyzer andPattern Generator:• 16 Inputs and Outputs
Triggers:• Cross-instrument triggering• Two external triggers
Oscilloscope:• Two Channels• BNC (single-ended) orMTE (differential) connection
Waveform Generator:• Two Channels• BNC or MTE connection
Additional Instruments:• Network Analyzer• Spectrum Analyzer• Voltmeter• Impedance Analyzer• Data Logger• Protocol Analyzer• Digital Inputs or Outputs
The Analog Discovery Studio is a fully-functional portable test and measurement device that can turn any cross-functional space into a pop-up electronics laboratory. Equipped with 13 instruments including an Oscilloscope, Logic Analyzer, Spectrum Analyzer, Waveform Generator, and more; the Analog Discovery Studio provides an entire stack of benchtop instruments with a convenient breadboardable interface, perfect for enabling circuit design anywhere!
When lab spaces are not always available or convenient, the Analog Discovery Studio is a great choice as a supplement to traditional laboratories.
The Portable Circuits Laboratory for Everyone.
The Digital Discovery is a combined Logic Analyzer, Protocol Analyzer, and Pattern Generator instrument that was created to be the ultimate embedded development companion. Designed with flexibility in mind, the Digital Discovery has selectable voltage levels, output drive, channel number, and sample rate. One portable device provides access to advanced features to debug, visualize, and simulate digital signals for a wide range of embedded projects. Its digital inputs and outputs can be connected to a circuit using the included MTE cables or breadboard wires.
For designs that require speeds up to 800 MS/s, the High-Speed Adapter and impedance-matched probes can be used to connect the inputs and outputs for more advanced projects. The Digital Discovery is driven by the free WaveForms software and can be configured to any combination of power supplies, logic analyzer, pattern generator, static inputs and outputs, and protocol analyzer.
A USB Embedded Development Tool for High-speed and Multi-channel Applications .
High-Speed Digital Inputs
Ground
DIN 23
DIN 22
DIN 21
DIN 20
Ground
DIN 15DIN 14
DIN 13DIN 12
Ground
DIN 7DIN 6
DIN 5DIN 4
Ground
Ground
DIN 0
DIN 1
DIN 2
DIN 3
Ground
DIN 8
DIN 9
DIN 10
DIN 11
Ground
DIN 16
DIN 17
DIN 18
DIN 19
Ground
Digital Inputs/Outputs (left side)
PowerGround
DIO 31
DIO 30
DIO 29
DIO 28
DIO 24
DIO 25
DIO 26
DIO 27
Ground
Power
PowerGround
DIO 39
DIO 38
DIO 37
DIO 36
DIO 32
DIO 33
DIO 34
DIO 35
Ground
Power
Digital Inputs/Outputs (right side)
• Channels: 2, single-ended• Resolution: 14-bit• Input range: ±1V (High Gain) or ±25V (Low Gain)• Sample rate (real time): 100MS/s• Analog bandwidth: 70 MHz+ @ 3dB, 30 MHz
@ 0.5dB, 20 MHZ @ 0.1dB
• Channels: 2, single-ended• Resolution: 14-bit• Absolute Resolution (amplitude ≤1.25V): 167µV• Absolute Resolution (amplitude >1.25V): 665µV• Sample rate (real time): 100MS/s.• Analog bandwidth: 40 MHz @ 3dB, 20 MHz
@ 0.5dB, 14 MHz @ 0.1dB
SYZYGY-compatible Dual-channel 14-bit ADC
SYZYGY-compatible Dual-channel 14-bit DAC
The Zmod DAC and Zmod ADC are intended to be included in user-defined data acquisition or signal processing systems. They use Opal Kelly’s new SYZYGY standard, which fits – in cost, size, and performance – somewhere between our existing Pmod and FPGA Mezzanine Card (FMC) standards. Although not much larger than Pmods, SYZYGY-compatible modules are capable of high-bandwidth connections to an FPGA (such as the new Eclypse Z7), enabling very compact and cost-effective high performance I/O. We recommend them for compact, configurable, and rugged systems, though the high bandwidth and sampling rate (100 MS/s), the flexible input/output range, the high resolution, and the flexibility provided by the FPGA interface make the new Zmods an ideal solution for a wide variety of applications.
1 Zmod ADC + 1 Zmod DAC = Closed analog loops with digital control, digital filters with analog input and output, hardware-in-the-loop, digital signal processing, high frequency modulators/demodulators, real time image processing, and software-defined radio.
2 Zmod ADCs = Simultaneous digitization of two or four analog signals.
2 Zmod DACs = high sample rate analog signals.
Through the Pmod Standard, users know what to expect from their Pmod. The Pmod Standard lays out guidelines for form factor, communication protocols and interface specification, as well as access to a target audience through reference manuals, code examples, user guides, and technical support.
You can learn more about the Pmod Standard by visiting the Pmod resource center at:
reference.digilentinc.com/pmod
Pmods communicate with system boards using 6, 8 or 12-pin connectors that are designed to plug directly into Pmod host ports. Take advantage of standard interfaces including SPI, I²C, UART, GPIO, H-bridge and I²S.
How do they work?
How do I use them?
The industry’s most flexible add-on board standard.
Open, flexible and thoughtfully designed, Pmod is an established add-on board standard o�ering an ideal way to bridge programmable logic and microcontroller boards to the physical world. With our line of over 80 modules and counting, users can easily augment the capabilities of system boards by adding sensors, actuators, communication, user input and much more, all while staying within the Pmod Ecosystem. From rapid prototyping to learning the basics, it is our goal to get users up and running with useful data in just a matter of minutes.
These Pmods primarily collect information about the outside world, either inherently or through a physical input, and submit the information to the host board by using their assigned communication protocol.
Pmod GPSAccurate satellite positioning for any embedded system.The Pmod GPS can provide satellite-positioning accuracy to any embedded system. By communicating through UART with the GlobalTop FGPMMOPA6H GPS module, users may benefit from the 3-meter accuracy for any long term traveling.
Pmod GYROThree-axis MEMS digital gyroscope + temperature sensor.The Pmod GYRO is a 3-axis gyroscope powered by the ST Microelectronics L3G4200D. By communicating with the chip through SPI or I2C, users may configure the module to report angular momentum at a resolution of up to 2000 dps at an output rate up to 800Hz.
Pmod Pmon1System power monitor using a standard I2C interface.The Pmod PMON1 is a power monitoring system that uses the Analog Devices AD5112 and ADM119. By using I2C, users can set a reference voltage on the AD5112 to indicate what qualifies as an overcurrent condition for the ADM119.
Pmod KYPD16-button hexadecimal keypad with a simple interface.The Pmod KYPD is a 16-button keypad arranged in a hexidecimal format (0-F). By digitally driving a column line to a logic low level and digitally reading each of the rows, users can determine which button is currently pressed.
Output Pmods primarily output information that was given to them by the host board. This includes visual displays, motor drivers and analog output.
Pmod OLEDrgb96x64 pixel graphical OLED with 16-bit color.The Pmod OLEDrgb features a 96 x 64 pixel RGB OLED display that is capable of 16-bit color resolution. As a graphical display, users may show o� graphs, full-color pictures, text, and anything else they want to see bycommunicating with it through a standard SPI interface.
Pmod VGAStandard VGA port for connecting commonly found displays.The Pmod VGA provides a VGA port to any board with Pmod connectivity. The VGA port can be used to drive standard displays such as televisions and monitors.
Pmod HB52A H-bridge module with external feedback support.The Pmod HB5 o�ers a 2 A H -bridge c ircuit t o d rive s mall- t o medium-sized DC motors. Two sensor feedback pins are incorporated into the motor connection header and are specifically designed to work with motors that incorporate quadrature encoder feedback.
Pmod MTDSTwo finger capacitive touch panel.A gorgeous 2.8" touchscreen display with a powerful on-board microcontroller that performs graphics processing tasks and allows you to design sleek, stylish user interfaces very quickly and with very little code.
Communication Pmods can send and receive data to communicate with a host board. By enabling access to an outside source or system, they augment the capabilities of any project.
Pmod BT2Full-featured Bluetooth radio with a simple UART interface.The Pmod BT2 is a powerful peripheral module employing the Roving Networks® RN-42 to create a fully integrated Bluetooth interface. Users can communicate with the chip via UART and can also use the secondary SPI header on the board for updating the RN-42 firmware if needed.
Pmod RS232A serial interface module for UART communication.The Pmod RS232 converts between digital logic voltage levels to RS232 voltage levels using the Maxim Integrated MAX3232 transceiver. The RS232 module is configured as a data communications equipment (DCE) device.
Pmod WiFiWiFi communication for Microchip®-powered host boards.The Pmod WiFi provides Wi-Fi access through the Microchip® MRF24WG0MA WiFi™ radio transceiver module. Users can communicate with the IEEE 802.11g compliant chip through SPI and achieve data rates up to 54 Mbps.
Pmod RF2Add IEEE 802.15.4 RF communication to your project.The Pmod RF2 adds RF communication through the Microchip® MRF24J40 IEEE 802.15.4™ 2.4GHz RF transceiver module. By communicating with the device through SPI, users can transmit data at speeds up to 625 kbps.
These Pmods use embedded sensors to either relay information to a host board or to output useful information.
Pmod ToFTime of Flight optical distancesensor.The Pmod ToF (Time of Flight) is a sensor that enables optical distance sensing at low power. The on-chip digital signal processor calculates the time it takes for light emitted by the ToF to fly to the target and back, which is proportional to the distance to the target.
Pmod HYGRODigital humidity sensor with an integrated temperature sensor.The Pmod HYGRO is a relative humidity sensor with integrated temperature sensor for highly accurate measurements at low power. With the TI HDC1080, you can determine the relative humidity of the environment with up to 14 bits of resolution.
Pmod LS1Four-input infrared light sensor, perfect for line-followers.The Pmod LS1 allows users to receive signals from multiple optical sensors, such as the popular combination of an IR LED with an IR sensor used in line-following robots.
Pmod MAXSONARUltrasonic range detector with one-inch resolution.The Pmod MAXSONAR is a single-transducer ultrasonic range finder that uses the MaxBotix® LV-MaxSonar®-EZ1™. Users can measure how far away an object is with an accuracy within 1 inch to over 20 feet away.
Pmod COLORHighly sensitive red, green, blue and clear light sensor.The Pmod COLOR is a color sensor module with the ability to sense red, green, blue and clear light.
Digilent’s o�erings span all ability levels, from aspiring engineers to seasoned design veterans. We are proud of working hard to lower the barrier to entry to designing and prototyping. In addition to our cost optimized products, we have a robust library of documentation, reference manuals, and data sheets available for free to get you up and running as quickly as possible. The products below are celebrated as being wonderful entry points for their respective industries.
Intro to Video:
Embedded vision and multimedia applications have become more ubiquitous in the past decade across a wide range of industries. The Nexys Video comes with the ports and specs to give any audio/video enthusiast a leg up in multimedia design.
Intro to FPGA:Both of these boards are designed with Xilinx chips and work with Vivado Design Suite. The Basys 3 is equipped with a multitude of set I/O switches while the Arty S7 offers a wide variety of I/O and expansion options. Each would be a perfect start for a beginner with FPGAs or a hobbyist.
Intro to Scopes:The Analog Discovery 2 is perfect for both beginners and for engineering professionals. With a compact form factor, multiple instruments, and a user-friendly software interface (WaveForms), the Analog Discovery 2 will add a flexible test and measurement toolbox to your workbench.
JTAG-HS2
30 Mhz
1.5 - 5 V
USB
6-Pin, 14-Pin
ISE 12.1+
ISE 13.2+Vivado 2012.1+
JTAG-SMT2-NC
ISE 14.1+Vivado 2013.1+
30 Mhz
1.8 - 5 V
USB
13-Pad SMT
ISE 13.1+
JTAG-SMT2
30 Mhz
1.8 - 5 V
USB
11-Pad SMT
ISE 13.1+
ISE 14.1+Vivado 2013.1+
JTAG-USB
1.6 Mhz
1.8 - 5 V
USB
6-Pin
ISE 12.1+
ISE 13.2+Vivado 2014.2+
JTAG-SMT3-NC
ISE 14.1+Vivado 2013.1+
30 Mhz
1.8 - 5 V
USB
18-Pad SMT
ISE 13.1+
JTAG-SMT1
30 Mhz
1.8 - 5 V
USB
8-Pad SMT
ISE 13.1+
ISE 13.2+Vivado 2012.1+
JTAG-HS3
30 Mhz
1.8 - 5 V
USB
14-Pin
ISE 12.1+
ISE 14.1+Vivado 2013.3+
Max Speed
Voltage Range
Xilinx NativeSupport
Xilinx Plug-inSupport
Digilent AdeptSupport
PC Interface
Onboard USBConnector
Target BoardConnectorInterface
4-Wire JTAG
2-Wire JTAG
ZYNQ-7000PS_SRSTSupport
SPI Support
IndependentUART Channel
Our family of JTAG cables and modules provide engineers designing their own boards with a drop-in solution for programming and debugging the onboard Xilinx silicon from Xilinx's tool suite. Our JTAG Cables are designed to plug into a pin connector on the board, while our JTAG SMT modules provide a secure surface mount solution that can be soldered directly onto the board. All of our programmers are self-contained programming modules for Xilinx FPGAs, SoCs, MPSoCs, RFSoCs, and CPLDs, and can be accessed directly from most Xilinx Tools.
© 2020 All Rights Reserved
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Excelpoint Systems (India) Pvt LtdB-701, Sagartech Plaza, Andheri-Kurla Road,
Sakinaka Junction, Opp. Chakra Hotel,Andheri (E), Mumbai 400072, India
Phone: +91 22 4237 5800 to 5849 Fax: +91 22 4237 5807
Email: [email protected]: https://www.excelpoint.com/products/digilent
Excelpoint Systems (India) Pvt LtdNo. 225-226, 2nd Floor, DLF Tower - A,
Jasola District Centre,New Delhi 110025, India
Phone: +91 11 4731 9900 Fax: +91 11 4173 0546
Email: [email protected]: https://www.excelpoint.com/products/digilent
Excelpoint Systems (India) Pvt Ltd11 & 12, First Floor,
MSR Square, Near Queenstown,Chinchwad Pune 411033, IndiaPhone: +91 74 1008 1888 
Fax: +91 22 4237 5807Email: [email protected]
Web: https://www.excelpoint.com/products/digilent
IndonesiaExcelpoint Systems (Pte) LtdSampoerna Strategic Square,
South Tower. 30th Floor,Jl. Jend. Sudirman kav. 45 – 46
Jakarta 12930, IndonesiaPhone: +62 21 2993 0775Fax: +62 21 2993 0888
Email: [email protected]: https://www.excelpoint.com/products/digilent
MalaysiaExcelpoint Systems Sdn Bhd
Level 3A, Elit Avenue Business Park,1-3A-5 Jalan Mayang Pasir 3, Bayan Baru,
11950 Penang, MalaysiaPhone: +60 4 637 4219
Fax: +60 4 637 4239Email: [email protected]
Web: https://www.excelpoint.com/products/digilent
PhilippinesExcelpoint Systems (Pte) Ltd
Unit 1008 Medical Plaza Ortigas Building,San Miguel Ave,
Pasig City 1600, PhilippinesPhone: +63 2 910 0438
Fax: +63 2 910 0439Email: [email protected]
Web: https://www.excelpoint.com/products/digilent
SingaporeExcelpoint Systems (Pte) Ltd
15 Changi Business Park Central 1,#06-00, Singapore 486057
Phone: +65 6741 8966Fax: +65 6741 8980
Email: [email protected]: https://www.excelpoint.com/products/digilent
ThailandExcelpoint Systems (Pte) Ltd100/1 Vorasombat Building,12th LB Floor, Rama 9 Road,
Kwang Huay-Kwang, Khet Huay-Kwang,Bangkok 10310, ThailandPhone: +66 2 645 1388
Fax: +66 2 645 1399Email: [email protected]
Web: https://www.excelpoint.com/products/digilent
VietnamExcelpoint Systems (Pte) Ltd
No.212B, 1st floor, H3 Building,384 Hoang Dieu, Ward 06,
District 4, Ho Chi Minh City, VietnamPhone: +84 28 6653 2940
Email: [email protected]: https://www.excelpoint.com/products/digilent
